Precigenetics

Today, we take drugs without knowing what they do to us. We solve disease without knowing what it really is. Never again. AI helps us understand high dimensional spectral tokens of cell state. We happen to have built a factory to manufacture them.

Happy GPT 5.6 day! We dream of fighting disease with this kind of intelligence. In that spirit, here is a first preview of Cell Cinema, the future cell token for AI models. And a first for humanity: we recorded ferroptosis label-free, in real-time. A huge feat for biosciences.

STARDATE 39534 After two years, we release our technical blog: the physical system for AI to interact with life. World's first video of drug-induced ferroptosis in the same living cancer cell. The product: a cell-state trajectory AI will learn from. 🧵READ HOW; BLOG BELOW🧵

Today, we take drugs without knowing what they do to us. We solve disease without knowing what it really is. Never again. AI helps us understand high dimensional spectral tokens of cell state. We happen to have built a factory to manufacture them.

Precigenetics is building a tokenizer for living biology: a way to convert live cellular response into high-dimensional vectors that AI can use to predict, search, and eventually control drug-cell response.

Cool stuff, how much spatial knowledge we are encoding here, for single cell rna-seq thats one of the biggest issues. I saw in some of the videos, so like through videos, it's like understanding the trajectory of how the change in glow in certain area would happen likely be the next state?

For too long we’ve asked the wrong question about AI: “Will it write my emails?” “Will it take my job?” The real question was always: Can AI help us finally end disease? The answer is yes. But only if we give it something worth seeing. 🧵